25 - 15 + 5
15
Rewrite the following in distributed form:
5(6 + 9)
5 x 6 + 5 x 9
Solve the following if a=48
a/8
6
3s
or
2s + s
True or false: variable are always letters
True
48 ÷ 12 x 4
16
Rewrite the following in distributed form:
14 (10 + 5)
14 x 10 + 14 x 5
Evaluate if b=8
4(13 - b)
4(13-8)
=4 x 5
=20
Create an equivalent expression to the following by combining like terms:
2j + 4m - j + 6
j + 4m +6
True or false: a coefficent is added or subtracted from a variable
50 ÷ 2 + 3
28
Rewrite the following in factored form using the distributive property:
9 + 45
9(1 + 5)
Solve the following if d=8 and e=6
2(d +2e)
2(d +2e)
=2(8 + 2 x 6)
=2(8 +12)
=2 x 20
=40
Combine like terms to create an equivalent expression:
17 + 5g + 11g + 9
5g +11g + 17 +9
16g + 26
What is the constant in the following expression?
7y + 9
9 is the constant.
60 - 52 x 2
60 - 52 x 2
60 - 25 x 2
60 - 50
=10
Rewrite this expression in distributed form.
11(b + 7)
11xb + 11 x 7
Solve the following if c=3
2c + 4c
23 +4(3)
=2x2x2 +4(3)
=8 + 12
=20
Are the following expressions equivalent?
5(3m +12)
and
15m + 60
Yes, they are equivalent. The distributed form of the first expression is:
5*3m + 5*12=15m + 60
How many terms are there in this expression?
4b + 3
50 + 2(20 - 2 x 7)
62
Rewrite the following in factored form:
15c + 30
15(c +2)
or
5(3c +6)
Solve the following if f=6
(4f)/3 + f^2
(4*6)/3 +6^2
(4*6)/3 + 36
24/3 +26
8+36=44
Are the following expressions equivalent?
2b + 24
2(b+11)
No, they are not equivalent. We can prove it by applying the distributed property. Equivalent expressions have the same factored and distributed forms.
The first expression in factored form is 2(b +12).
The second expression in distributed form is
2*b +2*11=2b +22
Name all parts of this expression:
7c + 5d + 25
7 and 5 are coefficents
c and d are variables
25 is a constant
There are 3 terms